%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Plots Figures A.11
%
% need to run Stata Code MainRun.do first       
%
% Cloyne, Dimsdale and Hürtgen (2024) 								
%	"Are Tax Cuts Contractionary at the Zero Lower Bound? Evidence from a Century of Data"  	  		
%																			
% James Cloyne, Nicholas Dimsdale and Patrick Hürtgen, 2024
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

clear all
close all
clc

OPTIONS.ShadedBands = 1;

%% ZLB Regime
f1  = fullfile('..\StataOutput\AE\FigureA11\','DataIRF_AE_realGDPToTax_smoothed_s_smoothed_Pair1.xlsx');
f2  = fullfile('..\StataOutput\AE\FigureA11\','DataIRF_AE_realGDPToTax_smoothed_s_smoothed_Pair2.xlsx');
f3  = fullfile('..\StataOutput\AE\FigureA11\','DataIRF_AE_realGDPToTax_smoothed_s_smoothed_Pair3.xlsx');
f4  = fullfile('..\StataOutput\AE\FigureA11\','DataIRF_AE_realGDPToTax_smoothed_s_smoothed_Pair4.xlsx');
f5  = fullfile('..\StataOutput\AE\FigureA11\','DataIRF_AE_realGDPToTax_smoothed_s_smoothed_Pair5.xlsx');

IRFa = xlsread(f5);
IRFb = xlsread(f3);
IRFc = xlsread(f1);
IRFd = xlsread(f2);
IRFe = xlsread(f4);

xmin=0;
xmax=13;
stepsize=1;
Sdep=0;
OPTIONS.H=xmax;

IRFa=IRFa(1:xmax,:);
IRFb=IRFb(1:xmax,:);
IRFc=IRFc(1:xmax,:);
IRFd=IRFd(1:xmax,:);
IRFe=IRFe(1:xmax,:);

r_color = 235;
b_color = 235;
g_color = 255;

myplot=figure(1);

if OPTIONS.ShadedBands==0
    lb68=plot(xmin:xmax-1,IRFa(:,3+Sdep), 'k:','LineWidth',1,'MarkerSize',5);hold on
    ub68=plot(xmin:xmax-1,IRFa(:,4+Sdep), 'k:','LineWidth',1,'MarkerSize',5);hold on
    lb95=plot(xmin:xmax-1,IRFa(:,5+Sdep), 'k--','LineWidth',1,'MarkerSize',5);hold on
    ub95=plot(xmin:xmax-1,IRFa(:,6+Sdep), 'k--','LineWidth',1,'MarkerSize',5);hold on
elseif OPTIONS.ShadedBands==1
    shadedplot(xmin:xmax-1,IRFa(:,3+Sdep)',IRFa(:,4+Sdep)',[r_color/255 b_color/255 g_color/255],[r_color/255 b_color/255 g_color/255]); hold on;
    plot(xmin:xmax-1,IRFa(:,5+Sdep),'b','MarkerSize',5); hold on;
    plot(xmin:xmax-1,IRFa(:,6+Sdep),'b','MarkerSize',5); hold on;
end

a=plot(xmin:xmax-1,IRFa(:,2+Sdep), 'b-o','LineWidth',2.5,'MarkerSize',8);hold on
b=plot(xmin:xmax-1,IRFb(:,2+Sdep),  '--','color','red','LineWidth',2.5,'MarkerSize',5);hold on
c=plot(xmin:xmax-1,IRFc(:,2+Sdep),  '--','color','#2f7e2b','LineWidth',2.5,'MarkerSize',5);hold on
d=plot(xmin:xmax-1,IRFd(:,2+Sdep),  ':','color','cyan','LineWidth',2.5,'MarkerSize',5);hold on
e=plot(xmin:xmax-1,IRFe(:,2+Sdep),  '-s','color','m','LineWidth',2.5,'MarkerSize',5);hold on


plot([min(xlim()),max(xlim())],[0,0], 'k','LineWidth',0.25);
set(gca,'TickDir','in');
xlabel('Quarters')
box off; grid off
set(gca,'XLIM', [-inf inf], 'gridlinestyle', '-.', 'gridalpha', 0.5, 'FontSize',16)
set(gca,'XLIM', [xmin xmax-1]);
set(gca,'XTick',[xmin:stepsize:xmax-1]);
set(gca,'YLIM', [-1 6]);
yticks([ 0 2 4 6 ]);
legend([a c d b e], 'baseline','1 lag spending controls','2 lags spending controls', '4 lags spending controls','condition on future shocks','Orientation','Vertical','Location','northwest');
myplot.PaperPositionMode = 'manual';
set(myplot,'Position',[50 50 1200 800]);
orient(myplot,'landscape')

saveas(myplot, 'FigureA11a', 'pdf')
saveas(myplot, 'FigureA11a', 'epsc')

%% ZLB Regime
f1  = fullfile('..\StataOutput\StateDep\FigureA11\','DataIRF_S_realGDPToTax_smoothed_s_lnRealGDP_smoothed_Pair1.xlsx');
f2  = fullfile('..\StataOutput\StateDep\FigureA11\','DataIRF_S_realGDPToTax_smoothed_s_lnRealGDP_smoothed_Pair2.xlsx');
f3  = fullfile('..\StataOutput\StateDep\FigureA11\','DataIRF_S_realGDPToTax_smoothed_s_lnRealGDP_smoothed_Pair3.xlsx');
f4  = fullfile('..\StataOutput\StateDep\FigureA11\','DataIRF_S_realGDPToTax_smoothed_s_lnRealGDP_smoothed_Pair4.xlsx');
f5  = fullfile('..\StataOutput\StateDep\FigureA11\','DataIRF_S_realGDPToTax_smoothed_s_lnRealGDP_smoothed_Pair5.xlsx');

IRFa = xlsread(f5);
IRFb = xlsread(f3);
IRFc = xlsread(f1);
IRFd = xlsread(f2);
IRFe = xlsread(f4);

xmin=0;
xmax=13;
stepsize=1;
Sdep=5
OPTIONS.H=xmax;

IRFa=IRFa(1:xmax,:);
IRFb=IRFb(1:xmax,:);
IRFc=IRFc(1:xmax,:);
IRFd=IRFd(1:xmax,:);
IRFe=IRFe(1:xmax,:);


r_color = 235;
b_color = 235;
g_color = 255;

myplot=figure(2);

if OPTIONS.ShadedBands==0
    lb68=plot(xmin:xmax-1,IRFa(:,3+Sdep), 'k:','LineWidth',1,'MarkerSize',5);hold on
    ub68=plot(xmin:xmax-1,IRFa(:,4+Sdep), 'k:','LineWidth',1,'MarkerSize',5);hold on
    lb95=plot(xmin:xmax-1,IRFa(:,5+Sdep), 'k--','LineWidth',1,'MarkerSize',5);hold on
    ub95=plot(xmin:xmax-1,IRFa(:,6+Sdep), 'k--','LineWidth',1,'MarkerSize',5);hold on
elseif OPTIONS.ShadedBands==1
    shadedplot(xmin:xmax-1,IRFa(:,3+Sdep)',IRFa(:,4+Sdep)',[r_color/255 b_color/255 g_color/255],[r_color/255 b_color/255 g_color/255]); hold on;
    plot(xmin:xmax-1,IRFa(:,5+Sdep),'b','MarkerSize',5); hold on;
    plot(xmin:xmax-1,IRFa(:,6+Sdep),'b','MarkerSize',5); hold on;
end

a=plot(xmin:xmax-1,IRFa(:,2+Sdep), 'b-o','LineWidth',2.5,'MarkerSize',8);hold on

b=plot(xmin:xmax-1,IRFb(:,2+Sdep),  '--','color','red','LineWidth',2.5,'MarkerSize',5);hold on
c=plot(xmin:xmax-1,IRFc(:,2+Sdep),  '--','color','#2f7e2b','LineWidth',2.5,'MarkerSize',5);hold on
d=plot(xmin:xmax-1,IRFd(:,2+Sdep),  ':','color','cyan','LineWidth',2.5,'MarkerSize',5);hold on
e=plot(xmin:xmax-1,IRFe(:,2+Sdep),  '-s','color','m','LineWidth',2.5,'MarkerSize',5);hold on

plot([min(xlim()),max(xlim())],[0,0], 'k','LineWidth',0.25);
set(gca,'TickDir','in');
xlabel('Quarters')
box off; grid off
set(gca,'XLIM', [-inf inf], 'gridlinestyle', '-.', 'gridalpha', 0.5, 'FontSize',16)
set(gca,'XLIM', [xmin xmax-1]);
set(gca,'XTick',[xmin:stepsize:xmax-1]);
set(gca,'YLIM', [-2 8]);
yticks([-2 0 2 4 6 8])
legend([a c d b e], 'baseline','1 lag spending controls','2 lags spending controls', '4 lags spending controls','condition on future shocks','Orientation','Vertical','Location','northwest');
myplot.PaperPositionMode = 'manual';
set(myplot,'Position',[50 50 1200 800]);
orient(myplot,'landscape')

saveas(myplot, 'FigureA11b', 'pdf')
saveas(myplot, 'FigureA11b', 'epsc')